This check was there since the first commit in 2014, but a later feature added in 2018
with #17717 did not properly update the code while adding non animation-related code
in `perform_node_renames`.
Fixes#40532.
Resolvesgodotengine/godot-proposals#1246.
It is difficult to tell the difference between the handles for adjusting
curves and the points themselves when looking at a Path gizmo.
This re-uses the icons used for Path2D.
Unlike Path2D, this does not use a different icon for smooth vs sharp
points, as using a potentially different material for each point would
prevent batching the points in add_handles (and adding them out-of-order
messes up other logic based on handle indices).
This includes a public API change to allow specifying a texture for a
handle material. This allows spatial gizmo plugins to customize the way
a handle is rendered, if desired, but does not break existing behavior
(as providing no texture uses the default).
The path handle icons were resized as well. 16x16 is the standard icon
size. These icons were 10x10 rather than 16x16, and appeared rather
small in the editor.
To resize, I:
- Opened the original in Inkscape
- Resized the document to 16x16
- Opened the transform dialog
- Scaled by 160% proportionally
- Used Align/Distribute to center on the page
- Saved the document
- Cleaned with `svgcleaner --multipass`
* Using C-style function pointers now, InternalMethod is gone.
* This ensures much better performance in typed code.
* Renamed builtin_funcs to utility_funcs, to avoid naming confusion
-Moved Expression to use this, removed its own.
-Eventually GDScript/VisualScript/GDNative need to be moved to this.
-Given the JSON functions were hacked-in, removed them and created a new JSONParser class
-Made sure these functions appear properly in documentation, since they will be removed from GDScript
- Escape the method names as e.g. `operator <` is invalid XML.
- Add a hack to merge all String % operator definitions for each Variant type
as a single one with `Variant` argument type.
- Add support for the new qualifiers in makerst.py.
- Drop unused `doc_merge.py`, seems to date back to when we had all the
documentation in a single `classes.xml`.
The underscore prefix was used to avoid the conflict between the `RID` class
name and the matching enum value in `Variant::Type`.
This can be fixed differently by prefixing uses of the `RID` class in `Variant`
with the scope resolution operator, as done already for `AABB`.
- Draw two boxes slightly offset from each other to give the illustion
of a thicker outline.
- Decrease the offset compared to the 3D node's AABB to give a more
accurate representation of its size.
- Make the box fully visible instead of only displaying the corners.
- Draw a x-ray version of the box that's more translucent, but visible
through walls. This helps make the box more visible while still
having a sense of depth.
- Use an orange color similar to the 2D editor.
-Discern between named, indexed and keyed
-Get direct access to functions for typed GDScript and GDNative bindings
-Small changes to some classes in order to work with the new setget binder
-Removed normal/specular properties from nodes
-Create CanvasTexture, which can contain normal/specular channels
-Refactored, optimized and simplified 2D shaders
-Use atlas for light textures.
-Use a shadow atlas for shadow textures.
-Use both items aboves to make light rendering stateless (faster).
-Reorganized uniform sets for more efficiency.
Undo/redo log messages will now specify the modified node's
name (or number of modified nodes if several were modified).
On top of that, the new position/rotation/scale/pivot offset
will also be mentioned in the message.
Moved to a system using variadic templates, shared with CallableBind.
New code is cleaner, faster and allows for much better optimization of core
type functions from GDScript and GDNative.
Added Variant::InternalMethod function for direct call access.
The editor used to only copy drag-dropped files in the File System pane
if the given file was a valid resource, or had a specific file format
(ttf, otf).
With this PR, all drag and dropped files are copied instead, no matter
their extension.
1. _gen_unique_bone_name(Ref<GLTFState> state, const GLTFSkeletonIndex skel_i, const String &p_name) won't return an empty string.
2. String GLTFDocument::_sanitize_bone_name(const String &name) will keep Japanese characters. Like: "全ての親".
3. The sanitize function allows the bone name to be not just alphanumeric. The only required conditions are the ones in add_bone.
> ERR_FAIL_COND(p_name == "" || p_name.find(":") != -1 || p_name.find("/") != -1);
The glTF 2.0 spec only makes `mimeType` mandatory for `bufferView` image data,
so the previous logic to handle URIs with base64-encoded images could fail if
`mimeType` is undefined.
The logic was documented and refactored to better handle the spec, notably:
- `uri` and `bufferView` are now mutually exclusive, and only the latter fails
if `mimeType` is undefined.
- `uri` with a file path will now respect the `mimeType` if defined, and thus
attempt loading the file with the specified format (even if its extension is
not the one expected for this format). So we can support bad extensions (PNG
data with `.jpg` extension) or custom ones (PNG data in `.img` file for
example).
- `uri` with base64 encoded data will infer MIME type from `data:image/png` or
`data:image/jpeg` if it was not documented in `mimeType` initially.
- `uri` with base64 encoded data, no `mimeType` and `application/octet-stream`
or `application/gltf-buffer` will fall back to trying both PNG and JPEG
loaders.
Fully fixes#33796 (and fixes up #42501).
See https://github.com/KhronosGroup/glTF/issues/944 for context on the
application/gltf-buffer MIME type.
The glTF 2.0 spec supports `image/jpeg` and `image/png` which can also be
base64-encoded in buffer URIs.
Fixes#33796.
Treats application unfocus as a mouse release for
TOOL_PAINTING, by finishing the undo state and
resetting the tool. Also sets a flag to prevent extra
lines from being drawn when the application is refocused.
fixes#42398, fixes#24970
Entering text will now start searching automatically after 0.25 seconds
have passed (debounce delay).
This removes the need for a separate Search button.
We originally used `pt_PT` (i.e. Portuguese (Portugal)) to distinguish with
the Brazilian Portuguese variant `pt_BR`, as both are significantly different
and need separate translation files.
But Portugal's Portuguese (or "European Portuguese") is close to the variant
spoken and written in other Portuguese-speaking countries such as Angola and
Mozambique, so it makes sense for users of these countries to also have access
to the European Portuguese translation (at least until translators decide that
adding e.g. `pt_AO` and `pt_MZ` variants would make sense, taking into account
the translation effort that this duplication implies).
Godot's locale matching checks first for the full locale (e.g. `pt_AO`), and
if no translation is found, it checks for the non-regional language code
(`pt`), so this change enables translations for Portuguese speakers outside
Portugal and Brazil.
